TRACE S-1000

TOTAL SULFUR-NITROGEN ANALYZERS

For Reliable Trace Sulfur Measurements

Our ATOM INSTRUMENT™ Trace S-1000™ trace sulfur analyzer is an online process analyzer utilizing patented Excimer UV Fluorescence (EUVF) Technology to measure Total Sulfur in a variety of refinery process applications. The Trace S-1000 with patented Excimer UV fluorescence technology is a field proven technology that utilizes an excitation wavelength that achieves high detection sensitivity and detector stability. The Trace S-1000 is an excellent fit for applications in the 0-1ppm range and is exceptionally stable, even at concentrations less than 1 ppm. The Trace S-1000 is designed for outdoor installation and use in harsh environments as may be required by the refining (LPG), gas processing (NGL) and natural gas industries. The Trace S-1000 total sulfur measurement provides complete analysis of all sulfur compounds potentially present in process gas streams and not just a few selected sulfur compounds as with some GC/TDL applications. Calibration and validation are seamlessly incorporated with an optional calibration switching configuration and associated software for easy compliance or verification testing.

Low concentration total sulfur analysis (100 PPB – 1 PPM)
High speed analysis and response time
User defined data averaging
Low utility consumption
Compact instrument footprint
Does not require installation in shelter

EASY TO INSTALL & USE

The Trace S-1000 with EUVF is a field-proven technology that utilizes an excitation wavelength that achieves high detection sensitivity and detector stability. The Trace S-1000 is an excellent fit for applications in the 0-100 ppm range and is exceptionally stable, even at concentrations less than 1 ppm. The Trace S-1000 is designed for outdoor installation and use in harsh environments as may be required by the refining (LPG), gas processing (NGL) and natural gas industries. The Trace S-1000 allows stable and accurate analysis at both high and low sulfur concentrations below 1 PPM. Taking advantage of the standard 100 second analysis cycle time, any number of standard analyses up to 10 sequential results can be seamlessly averaged to provide a more consistent and reliable concentration measurement, allowing optimization of low range detection performance and analyzer response time depending on application requirements.